AquaForce® - High temperature air source heat pumps 61CA
AquaForce® - High temperature air source heat pumps
61CA
Refrigerant : R-1234yf
Compressor : screw fixed-speed
Nominal heating capacity : 410 kW
The 61CA air-source heat pumps are the premium solution for large buildings, local and district heating networks heating up to 82°C.
Application ranges
- Heating and cooling
- Large buildings, local and district heating networks
- Outside air temperature from -20°C to +35°C
- Heat source: air
Design
- Ultra low GWP R1234yf refrigerant
- Compact design
- Speed controlled fans
- Robust shell and tube heat exchanger as condenser
Output range
- Heating output of 410 kW
Application ranges
- Heating and cooling
- Large buildings, local and district heating networks
- Outside air temperature from -20°C to +35°C
- Heat source: air
Design
- Ultra low GWP R1234yf refrigerant
- Compact design
- Speed controlled fans
- Robust shell and tube heat exchanger as condenser
Output range
- Heating output of 410 kW
Individual heat pumps are one of the most efficient appliances on the market for heating residential developments or buildings. Reversible air source heat pumps are the best solution for sustainable cooling and heating in buildings. Carrier already offers a complete range of heat pumps for commercial applications up to 80°C.
Forecasts indicate that 84% of European citizens will live in urban areas in 2050 *. Future heating solutions must therefore prioritise urban applications for greater environmental benefits. The EU Heat Roadmap considers increasing smart heating and cooling networks to 30% by 2030 and to 50% by 2050 as essential milestones in achieving ambitious decarbonisation goals.
Carrier will continue to invest massively in the development of next-generation heat pumps benefiting from the latest technology innovations: ultra-low GWP and natural refrigerants, premium efficiency and very high temperatures up to 120°C.
*Dacey, J. (2020), Europe targets 100 climate-neutral cities by 2030, Eos, 101, https://doi.org/10.1029/2020EO151719. Published on 17 November 2020.
